robotics developers

Ukraine says its forces have taken around 250 Russian soldiers prisoner during an offensive in which remote-controlled, unmanned vehicles — dubbed 'zombie cars' — were reportedly used to lead assaults and draw fire. The operation highlights Kyiv's growing use of robotic systems on the battlefield to reduce risks to its own troops while pressuring Russian positions.

NASA is reportedly developing lunar base infrastructure ahead of sending astronauts to the Moon, with equipment and habitat systems being readied in advance of crewed landings under the Artemis program. The approach would allow robotic systems to prepare the surface before humans arrive. Commenters are debating whether the agency can stay on schedule and whether autonomous pre-positioning of a Moon base is realistic.

China is advancing rapidly in robotics and automation, while Hong Kong risks falling behind in the race to adopt and develop robot technology. According to DW, Hong Kong is struggling to keep pace with the mainland's push into industrial and service robotics, raising questions about the city's ability to remain competitive as automation reshapes industries across the region.

Ukrainian forces have reportedly erased recent Russian territorial gains in what is being called Operation Vivaldi, with robots performing combat airdrops and clearing mines on the battlefield. The operation is being highlighted as another example of Ukraine's growing use of unmanned ground systems to reduce risks to soldiers while carrying out dangerous tasks under fire.

The Week is examining the rise of lethal autonomous weapons, framing recent developments in military robotics as a potential revolution in warfare. The piece reflects a wider debate over weapons systems that can select and engage targets without human intervention, and over the lack of binding international rules governing their use. Critics warn of accountability gaps and escalation risks, while proponents point to precision and reduced risk to soldiers.

Tens of billions in capital have flowed into robot tactile technology over the past six months, with multiple companies now competing to become the first tactile technology firm to go public. The funding surge reflects growing investor interest in touch-sensing systems seen as critical for advanced robotics and humanoid machines, as firms race to secure a stock market first in the fast-developing sector.

Global shipments of humanoid robots have surged 432%, with China accounting for roughly 95% of the market, according to reports carried by Forbes and Yahoo Finance. The figures point to China's dominance in early-stage humanoid robot manufacturing, while Western companies remain largely in development phases. Analysts are weighing what the rapid growth means for the future of automation and industrial competition.

New humanoid robots developed in the United States are drawing widespread attention, with viewers reacting to footage highlighting their advanced capabilities. The robots are described as a striking leap in American robotics, prompting discussion about how quickly humanoid machines are progressing and what their rise could mean for work and daily life.

North Carolina State University has developed Howl, a robot designed to detect and collect eggs that have fallen onto poultry house floors. The machine is intended to help poultry farmers recover floor eggs automatically, reducing manual labor. Details of the project, including testing and commercial plans, have not been widely reported yet.

A robot designed to draw blood from patients is drawing attention as automation spreads into healthcare. The development raises questions about accuracy, patient comfort and the future role of medical technicians if machines can perform routine procedures like venipuncture.

Hong Kong will host four major technology fairs in October 2026, bringing together electronics, artificial intelligence, robotics, electronic components and lighting solutions. The Hong Kong Trade Development Council, which organises the exhibitions, expects them to draw large numbers of international buyers and exhibitors, reinforcing the city's role as a hub for the global technology trade.

The Robot Report has published its roundup of the ten biggest robotics stories from September 2026, compiling the month's key developments across the industry. The recap covers the announcements, product launches and research milestones that shaped the robotics sector over the month, offering readers a consolidated view of where the field is heading.

South Korean robotics company Angel Robotics has launched PHAI-X1, a wearable robot platform aimed at physical AI research. The system is intended to give researchers a hardware base for developing and testing AI that interacts with the physical world, such as exoskeleton control and human-assistance applications. Details on pricing and availability were not included in the initial announcement.

A news roundup highlights Kepler's computer chips, alongside news that robots are being used for painting, plus items on election ballot parties and other developments. The collection ties together advances in semiconductors and industrial robotics with political stories, reflecting ongoing interest in China-linked chip startups challenging industry incumbents and automation spreading into manual trades.

Reports indicate that robots are being used in a widening range of tasks on construction sites, with new opportunities emerging for automation in the building industry. Observers point to robots taking on repetitive, heavy or hazardous work as the technology matures. The development reflects a broader push across construction toward automation amid labour shortages and efficiency demands.

Winners of the US Army's xTechHumanoid competition are advancing military exploration of humanoid robot capabilities. The prize competition, run through the Army's xTech program, is designed to draw commercial innovators into defense research on emerging robotic systems. The announcement highlights how the US military is pursuing humanoid platforms for potential battlefield and logistics applications, a development likely to fuel debate over the growing role of robotics in armed forces.

China is expanding its development of embodied artificial intelligence, systems that combine AI with physical robots capable of acting in the real world. The move signals a national push to turn research breakthroughs in robotics and AI into industrial applications, with Chinese companies and policymakers positioning embodied AI as a key area of technological competition and future economic growth.

A Caltech roboticist is warning that safety must be the leading priority in the development of humanoid robots, arguing that as these machines move into homes and workplaces, protecting humans should come before performance or commercial goals. The remarks were published by Caltech and picked up by outlets including EurekAlert! and Pasadena Now.

A wheeled semi-humanoid robot has reportedly learned to perform household chores after just 30 minutes of training. The development highlights rapid progress in robotics, where machines can quickly adapt to everyday domestic tasks like cleaning and tidying. Observers see it as a sign that home robots capable of practical chores may be moving closer to real-world deployment.

E-Home is developing a home robot capable of spotting floor stains and reminding people to take their medicine. The device would combine basic household monitoring with health-related prompts, suggesting a focus on elderly care or assisted living. Details on pricing, availability and technical capability have not yet been made public.

The Woods Hole Oceanographic Institution is advertising a robotics software engineer position, listed through Ocean Career on EC Magazine. The opening reflects continued demand for engineers who can develop autonomous underwater systems and software for ocean research vehicles. Such roles support WHOI's work in deep-sea exploration, underwater robotics and marine science instrumentation.

Researchers have developed a tiny jumping robot capable of precisely controlling the height of each jump. The achievement is notable because fine-tuned jump control at small scales is difficult, and could support applications in exploration, search-and-rescue, or microrobotics research.

NASA is developing dexterous humanoid robots designed to help humans working on the Moon. The machines are intended to take on tasks alongside astronauts during future lunar missions, according to a NewsNation report. The news has drawn attention to NASA's broader Artemis-era push to combine robotic assistants with human explorers on the lunar surface.

Boston Dynamics has introduced a new four-fingered robotic hand designed for its humanoid robot Atlas, demonstrating fine manipulation skills such as operating a drill and fastening nuts. The development signals a push to give humanoid robots practical, human-like dexterity for industrial and workshop tasks beyond walking and basic handling.

The Association for Advancing Automation reports that artificial intelligence is improving the way robots perform kicking motions, a development relevant to legged robotics and dynamic movement control. The industry group's insight highlights how machine learning helps machines balance and coordinate movements that were previously difficult to program. Discussion is so far limited to the industry publication itself.

Innodata has opened a motion-capture lab aimed at helping humanoid robots move more like people. The facility will capture detailed human movement data that can be used to train robotic systems to walk, reach and gesture with more natural motion. The news, reported by The Robot Report, adds to growing investment in robotics training infrastructure as humanoid development accelerates across the industry.